Composite Materials– tag –
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ZAECOTECH Unveils Robust CFRP Recycling Shredder to Conquer Wind Turbine Blade Processing Challenges
ZAECOTECH Unknown Overview ZAECOTECH has developed a robust shredder technology designed to overcome the extreme abrasion and structural strength challenges in recycling carbon fiber reinforced plastic (CFRP) from end-of-life wind turbin... -
NUS Pioneers Upcycling of CFRP Waste into High-Performance Aerogels via Green Process
Jota Machinery Singapore Overview Researchers at the National University of Singapore (NUS) have developed a groundbreaking method to transform carbon fiber reinforced epoxy composite (CFRP) waste into functional lightweight aerogels, su... -
Eastman Deploys Two Molecular Recycling Technologies, PRT and CRT, to Reduce Plastic Waste and Greenhouse Gas Emissions
Eastman USA Overview Eastman is deploying two innovative molecular recycling technologies, Polyester Renewal Technology (PRT) and Carbon Renewal Technology (CRT), to address the plastic waste crisis. PRT depolymerizes post-consumer polye... -
Carbios Unveils Enzymatic Recycling Technology, Producing 100% Recyclable High-Quality PET from All Waste Streams, Accelerating Plastic and Textile Circularity
Green Chemistry For Sustainability France Overview Carbios has developed an innovative enzymatic PET recycling technology capable of specifically depolymerizing all types of PET waste, including colored and composite materials, using enz... -
Teknor Apex Launches TekVentures to Invest in Materials Science Startups, Accelerating Polymer Innovation
Dealroom.co News Netherlands Overview Teknor Apex has launched TekVentures, a new venture capital arm dedicated to strategic investments in materials science startups. This division aims to accelerate innovation in polymer materials, sus... -
Mitsubishi Chemical Launches M-Filleris NTE Negative Thermal Expansion Filler, Enhancing Reliability of Semiconductors and Electronic Components
ChemXplore Japan Overview Mitsubishi Chemical has introduced 'M-Filleris NTE,' a novel negative thermal expansion (NTE) filler designed to address thermal stress issues in semiconductors and electronic components. This breakthrough mater... -
Fraunhofer Develops Tape Placement Technology for Thermoplastic Lightweight Structures, Enhancing Efficiency and Performance
Fraunhofer IMWS Germany Overview Fraunhofer Institute for Microstructure of Materials and Systems (IMWS) is advancing tape placement technology for thermoplastic composites, aiming to boost manufacturing efficiency and performance of lig... -
Xenia HM Boosts Carbon Fiber Composite Stiffness by 20%, Revolutionizing Lightweight Structure Performance
Plastics Engineering USA Overview Xenia HM has announced an upgrade to its carbon fiber composite materials, achieving up to a 20% increase in stiffness for aerospace and automotive applications. This breakthrough enables lighter, higher... -
Advanced Composite Solutions (ACS) Expands Carbon Fiber Composite Applications to Marine Industry, Developing High-Performance Yachts
Advanced Composite Solutions International Overview Advanced Composite Solutions (ACS) highlighted its expansion of carbon fiber composite expertise into the marine industry, in addition to automotive and aerospace, to develop lightweigh... -
National University of Singapore (NUS) Develops Innovative Recycling Method Converting Carbon Fiber Composite Waste into Functional Aerogels
Jota Machinery Singapore Overview Researchers at the National University of Singapore (NUS) have developed a groundbreaking recycling method to convert carbon fiber reinforced epoxy composite waste into lightweight aerogels, suitable for...
